KR20190056370A - eye patch - Google Patents

Abstract

Lenses and related methods are disclosed herein. These eyebrows and related methods may include placing the eye on the user ' s eye and on the adjacent glands and applying warmth and / or moisture. Such therapies may provide therapeutic advantages, including the treatment of Mycoplasma disease and other causes of dry eye. Other physical benefits may include mechanically keeping the eyelids closed, and helping to relax and reduce stress.

Description

eye patch

Cross reference of related application

The present application claims priority from U.S. Provisional Application No. 62 / 380,534, filed on August 29, 2016, entitled "Eye Mask". The entirety of which is incorporated herein by reference.

The present invention relates to a method, an apparatus, a system, and an article of manufacture including an eye. More particularly, the present invention relates to methods, devices, systems, and articles of manufacture, including ophthalmic lids configured to provide therapeutic benefits or other benefits to the wearer of the liner.

The sleeping eye can be worn by the user to cover his or her eyes and functions as a blindfold for reducing the visual stimulation to the wearer. These lining can be worn while the passengers are traveling and sleeping. The sleeping eye often includes a headband portion and an eye portion, and the headband portion functions to seat the eye portion on the wearer's eye.

Described herein are methods, devices, systems, and articles of manufacture that include an ophthalmic mask. These methods, apparatus, systems, and article of manufacture may include an eye configured to provide a wearer of the mask with therapeutic or other advantages. These advantages are achieved by using and applying a moisture supply configured to assist in moisturizing by providing and / or catching moisture from the wearer ' s eyes and / or by providing moisture from the eye to the wearer as well as placing and operating the heat source of the eye- Can be obtained. Such a water supply part can be reused and replenished. Thus, it can be reused repeatedly for a long period of time, such as several days, weeks, months, or years, by washing or otherwise cleaning the water supply part. The moisture supply can also be supplemented so that, during repetitive reuse, additional moisture can be applied to the moisture supply to allow the wearer to benefit from the hydration benefit during repeated use of the lid. Likewise, the eye can also be configured to capture moisture around the eye, which acts as a source of moisture to the wearer or as a re-supply.

Accordingly, various features, including features that provide a continuous warming effect on the user's eye area, and features that provide a specially designed cleaning sheet that is separable, easily replaceable and washable and reusable, Lt; / RTI > Replaceable or reusable liners, such as the heat or cleanliness of the sheet, or both, can serve to relieve or reduce user stress. Other advantages, including treating the coagulation of lipids in the secretory glands of the eyelids, can also be realized through application of the embodiments.

These embodiments may include a system for providing heat and moisture to the human eye region. Such a system may include a heating core consisting of two eyes and a bridge connecting the two eyes. The two eye portions may be symmetrical and are spaced apart from each other by the bridge, and the bridge is configured to separate the two eye portions from each other. The two eye regions may be asymmetric to provide different levels of treatment to the wearer ' s eye region. Further, each eye region may be configured with a flap, wherein the lid is possibly secured to the heating core along one or more sides of the lid and is moved to an open position in a direction away from the eye region Or other configurations are also possible, such as having a length adjustable on both sides of the band. Such a system may also include a head fixing portion, wherein the head fixing portion may be configured in at least two portions of the heating core. These embodiments may also include an electrically resistive heat source, wherein the electrically resistive heat source may be located within each lid of the heating core. Additionally, the embodiments may also include a cover sleeve. The cover sleeve may be configured to slip or fall on one of the covers and has a first exterior water-resistant surface and a second exterior surface, wherein the second exterior surface is different from the first exterior water- In the middle of the eyes, with the same or similar water-resistant surface to the outer surface associated with the moisture-retaining fabric. Such one or more cover sleeves may be held in place using hook-and-loop fasteners and using other locking methodologies. In a preferred embodiment, the fastening methodology can provide a fixed effect, but can also provide release and relinking effects, allowing the fabric to be treated, cleaned, or managed.

A lid including a repositionable strip, a heating core, a power supply, a control, and one or more slip covers may also be included in these embodiments. The heating core may comprise at least one lid, wherein the lid comprises electrical resistance wires, and the heating core may be configured to lie on one or both eyes of a person. Two covers or multiple covers can also be used, wherein each cover, some covers, or most covers accommodate resistive wires or other heating appliances.

Apparatuses for supplying moisture and heat to the my spring can also be included in these embodiments. Such a device may include a plurality of liners (e.g., sleeves) as well as a power supply, a resilient headband, a heating core, and a large single liner (e.g., sleeve). The heating core may include a pair of covers, and each of the covers may receive a heating member configured to receive power from the power source. According to these embodiments, each of the cover sleeves in the pair of cover sleeves can be configured to surround most of one of the pair of covers of the heating core.

Numerous embodiments are possible beyond the specific examples described above or below. The embodiments described herein are illustrative and should not be construed as limiting. This includes the fact that the methods described herein can be performed in various orders, unless a specific order is required in the claims or the specification. In addition, fewer or more features or acts may be included in the embodiments specifically described herein. Likewise, in the context of the present invention, or in the description, it is to be understood that the disclosed embodiments may be further modified and modified using features and methods selected from a variety of embodiments, .

There are many variations, and many permutations can be used within the spirit and scope of this disclosure. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described herein but that other embodiments and applications consistent with the teachings herein may also fall within the scope of the present disclosure. For example, as will be described in greater detail below, these other variations include the design of the ophthalmic eye, the method of pre-configuring a heating core or other heat source, the location and texture of the cover sleeves, As well as other substitutions may still be included.

1 shows a front perspective view of a heating core which can be used in the embodiments.
Figure 2 shows a rear perspective view of the heating core of Figure 1, which may be used in the present embodiments.
Figure 3 shows a right side view of the heating core of Figure 1, which may be used in the present embodiments.
Figure 4 shows a top view of the heating core of Figure 2, which may be used in these embodiments.
5 shows a front perspective view of a cover sleeve which can be used in the embodiments.
6 shows a rear perspective view of the cover sleeve which can be used in the embodiments.
Fig. 7 is a side view of the cover sleeve as in Fig. 5, which may be used in the present embodiments, showing that the cover sleeve is installed on the heating core as in Fig.
8 shows a front perspective view of another heating core that can be used in the present embodiments.
Figure 9 shows a rear perspective view of the heating core of Figure 8, which may be used in these embodiments.
Figure 10 shows a pair of cover sleeves which can be used in the embodiments.
Fig. 11 shows that the pair of cover sleeves, which can be used in the present embodiments, are partially and wholly located on the covers of the heating core of Fig.
Figure 12 shows a partial plan view of a cover sleeve in an engaged state and a cover of the heating core of Figure 8, which may be used in these embodiments.
Figure 13 shows a top view of a cover sleeve engaged with each cover of the heating core of Figure 8, which may be used in the present embodiments.

The embodiments may be used for various purposes, and may have various configurations and features. These embodiments may include an eye on the user's eye and a gland. The use of heat and moisture not only provides therapeutic benefits, including the treatment of Meibomian gland disease and other causes of dry eye, but also helps to keep the eye closed during sleep, helps to rest and reduces stress And can provide physical advantages including. The user can wear the lid at various locations, including at home, while flying, or on other occasions, at work, under controlled conditions, and in other locations. The eye in use can either help dissolve or otherwise treat the coagulated lipid in the myosin secretagem, the secretory gland that produces the lipid layer of the tear film of the eyelid, and so on. These embodiments may be worn periodically, over a short period of time and over a long period of time, for example, during the day, of course, during the night, for example, while the wearer is asleep or resting. The use of sleeves and moisture dispensers and the arrangement of the heating cores can help in the start-up and placement time as well as the effort required to prepare the eye. The embodiments may be powered by various power sources including a wired power unit and a wireless power unit. A wireless power supply, such as a battery power supply and an inductive power supply, may be included in the preferred embodiment. These embodiments may have a streamlined shape and may preferably be lighter than, for example, weighing approximately 1, 2, 3, 4, 5, 6, 7 or 8 ounces. The embodiments may also be low-profile, making accessibility and use easier, and may also be useful in other contexts, including transport and storage. Lightweight polymers, carbon-reinforced fibers, and other lightweight yet resilient materials can be used in the lining. The back sleeve or the sleeve itself, with each surface of the cover sleeve having different characteristics, can be made of various materials. For example, the inward portion of the sleeve that is close to the wearer ' s eyelids or that is in contact with the eyelids can be soft and moisturized. In addition, the sleeve outward portion may have other features, including being impervious to light, suitable for embroidery intended for printing ink for decorative design and / or for monogramming purposes.

As noted, these embodiments are portable and can easily be taken when traveling for use on a vehicle or at a hotel, such as an airplane or a train, for example, where a wet towel can be difficult to prepare . Reusable and replenishable cover sleeves of this embodiment can function to enhance the hygienic condition of the lining and function to provide moisture / moisture directly into the area of the glands and into the area of the glands. According to these embodiments, these sleeves also include all-natural or synthetic aroma-added organic droplets specially formulated for safe use around the eyes for additional " aromatherapy " / stress-relieving effects Can be.

These embodiments may preferably include a core heating element made of a thin and lightweight, stretchable (such as fabric, or resistance wire, but preferably water resistant, and preferably intumescent / combustible) material. As is well known, these materials may include polymers, carbon fibers, fabrics, rubbers, wires, and combinations thereof. Other materials are also available. In general, these embodiments may be of a typical shading lenticular shape similar to a fabric liner seen on an airplane, but may include a resistance line that may be woven or placed throughout the area of the material or fabric with heating capability, And may be connected to a preferably lightweight rechargeable battery that may be contained within another device. One possible variant could be a change design that compartmentalises the eye, in which case one eye may be able to generate heat, while the other eye is unobscured, so that the user can visualize In some situations it is necessary to generate heat in one eye, but the other eye is not in a condition to generate heat. In this modified design, the slip cover can be configured to rest on one eye of the wearer, and the heating core forms two semi-free-floating covers on both sides (left and right) of the battery case or other power source , Or may be connected to the battery case and / or power control or other power source, but not to the frame. As described elsewhere, the slip cover may include a variety of materials and fabrics, each of which has different or shared characteristics to impart various functionality to the slip cover and lining. For example, an inward-facing material may be a fabric with a moisturizing ability, while an outward-facing material may have a greater durability or toughness and may provide improved light-shielding capabilities. There may be further differences in properties between the inward fabric or other fabric and the outward fabric or other fabric.

The position of the battery case / power source may also be located elsewhere on the heating core frame, and the battery and its case may be separated into two or more portions. Similarly, a plurality of battery cases and a plurality of microprocessors may be used in the embodiments. These battery cases and microprocessors can be placed in a variety of lid positions, including strings, loops and heating cores. The slip cover may preferably be made of the same material composition as those mentioned above but may be of a smaller size in a pouch-like shape to some extent and may be provided on the open end with fasteners, For example, a velcro ⁽ or a purse string or some other type of attaching material may be provided, and a heating member, which is surrounded by the pouch, may be provided on the closed end to an open frame A fastener of a predetermined type may be provided for attaching the fasteners to both the eyes of the user and the user. The two covers can be used at the same time so that both eyes can be heated at the same time, or only one of them can be heated at one time by using only one cover. The fastener on the cover serves to fix the moist heat member to the frame, So that the eyes remain fixed on the heat generator or nundeul happening.

In the present embodiments, a planar low-profile type manual switch can be placed on the surface of the battery case or elsewhere on the heating core, and the user operates the switch to turn on the battery or other power source, Can be generated. When a current source is used, electricity passing through the resistance wire can serve to generate heat. Other sources of heat may include fabrics that have inherent heating capabilities (such as far-infrared generating fabrics), or chemical reactions. According to a preferred embodiment, a microprocessor or other system manager may provide various modes of operation as described herein. These modes may include limiting the maximum temperature to 43.5 degrees Celsius or 45 degrees Celsius, or possibly other temperatures, to safely and effectively dissolve the myospore lipids without compromising the surrounding tissue. Electric heat sources may use circuit breakers designed to limit the temperature of the heat beyond 43.5 degrees Celsius or other target temperatures, and may have other or additional design criteria. In a preferred embodiment, the temperature thus elevated is maintained for 2 to 4 minutes to 6 minutes to 8 minutes to 15 minutes, such that the therapeutic heat passes through the eyelid plate, lipid, It should be maintained for 20 to 30 minutes. In a warming cycle having a short stopping time of 1 minute to 1.5 minutes to 2 minutes in a larger set time frame such as a total of 15 minutes to 20 minutes, the cycle itself is, for example, 15 minutes to 20 minutes to 30 minutes You may have a long downtime. Regardless of the heat source, preferably a mechanism may be included to limit the generation of heat to the highest target temperature.

In these embodiments, the battery case can be mounted on and fit into the surface area of a rigid heat resisting lightweight plastic or carbon fiber mount. In these embodiments, the size of the battery case should be approximately 2 cm in height x 4 cm in width x minimum thickness while not being broken while in use for its intended use. Preferably, the dimensions of the battery case or cases are such that the maximum possible power is provided to the power supply unit, such as to accommodate an optimal battery size and shape, while maintaining the shape of the unit still low without sacrificing the integrity and functionality of the pad. And to keep the weight as light as possible. The reduced weight of these battery cases or cases, or the reduced weight of other power source cases, is also desirable in these embodiments. The mount may be sewn to a special "fabric" or other material of the lid to secure the case mount in place. Further, in these embodiments, the battery case may have a shape extending approximately 1 cm from the surface of the plastic platform.

In these embodiments, a wide resilient " breathable " regulating strap may be provided, wherein the strap may be sewn on one side of the heating core to a "fabric" or other material of the lining, After passing through the plastic loop sewn on the other side of the core " fabric ", it is fastened to itself using a hook-loop fastener as well as other fastening systems. The sides and fixed sides of the adjustable fastener may be interchanged or both sides may be provided with plastic loops so that the strips pass through the loops and are secured to the strip itself as described. In these embodiments, the length of this band along with the length of the eye can be designed to fit a typical adult head circumference length range. You can make a variety of different sizes of lids, which can include sizes for men and women / teens in these different sizes.

In these embodiments, washable and replaceable fabric covers / sleeves may be used, some of which are specially designed for adding moisture to the heating process, and some of which may incorporate a custom member into the design . In these embodiments, the outside of such a cover sleeve can be a stretchy plastified water resistant fabric or a fabric that dries very quickly, such as spandex, and with this fabric, preferably selected from among carefully selected designs and colors There is also a small rectangular hole on its surface designed to fit snugly over the battery / switch unit, preventing displacement of the cover sleeve in use and allowing the user access to the switch. In the present embodiments, the inside (toward the user or facing the user) may include a moisturizing cloth, which may be lint free or lint free, preferably a " chemical- , And, if at all, volatile chemicals are considered to be considered as hypoallergenic. In these embodiments, the fabric may have the texture of a bath towel fabric, such as a terry cloth. In these embodiments, the moisturizing fabric refers to a fabric that is preferably capable of maintaining a wet state for less than 30 minutes or for an hour or more. In a preferred embodiment, the heat and moisture can be maintained for at least 20 minutes, but 15 minutes, 25 minutes, 30 minutes, 35 minutes, 40 minutes, 45 minutes, 50 minutes, 60 minutes, 70 minutes and 90 minutes Other times are available as well. In addition, the thermal function can be periodically turned on / off at the time of treatment. For example, you can turn on the heat function for the first 20 minutes, turn off for 3 minutes, and then turn it on for 15 minutes. Other on-off cycle times are available, whether constant or not. It is also possible to use a variety of thermal intensities so that if lower temperatures are used during the first cycle time, higher or different temperatures can be used during subsequent cycle times, and vice versa. And, the temperature may be set so as to gradually increase or decrease during one cycle time. A microprocessor can be used to control the operation of the power supply, as well as other operations of the component as well as the thermal material.

In use, the cover sleeve of the present embodiments is preferably wet treated with tap water (preferably warm temperature), distilled water or other moisture source by the user, and then preferably before the unit is turned on, preferably May slide from one of the sides onto the heating core, but may also slip from top to bottom. In use, the wetted side should preferably be on the user's eyes or facing the eye.

In use, after the wetted cover is slid over the warming members of the embodiments, the user can, when fastened, secure a hook-loop fastener, or other fastener system portion, on the outer surface of the strip (i.e., , Preferably from the side of the eye, in order to be able to stretch the elastic strap through the arranged plastic loops. In these embodiments, the user is careful to reduce the likelihood that the band will become twisted, thereby avoiding the inconvenience of use. In the present embodiments, initially, the user places an untied eye on his or her eye, and then tightens the belt around his or her head to a comfortable level. In these embodiments, preferably the eye should be secured to the user ' s head sufficiently tightly to prevent excessive displacement in use. In these embodiments, the straps can be secured with a hook-and-loop fastener. Other fastener systems are available, such as a tie and tie. In the present embodiments, preferably after placing the eye around the head, the user may activate the heat generation by moving the switch on the outside of the eye. After using the lid, the user can manually turn off the switch, remove the lid. The reverse order is also possible. According to these embodiments, the cover sleeve can be washed like any other laundry, or can be hand-washed before being used next time.

As noted above, in these embodiments, natural or synthetic concentrated perfume organic droplets can be added to the lining, cover sleeve, or both. The perfume may also be pre-absorbed into a thin planar material that is inserted between the cover sleeve and the eye. Preferably, the perfume can be safely prepared for use in the eye for aromatherapy and extracted to combat eyelashes, Demodex. According to a preferred embodiment, the droplets can be applied to the moisture-moistened side of the cover sleeve before wetting the sleeve for use and then placing the eye on the eye.

1 shows a front perspective view of a heating core which can be used in the embodiments. 1 shows a heating core 100, a mounting plate 140, a power source case 110, a microprocessor 180, a sliding switch 120, a band 170, a band end 150, a loop 160, The hook / fastener fastener 130 is shown. The loop 160 can be made from a variety of materials including plastics, cloth, metal, and carbon fiber reinforced composites. Similarly, the mounting plate 140, the power source case 110, and the sliding switch 170 can be made of various materials including plastic, cloth, metal, and carbon fiber reinforced composite materials. The strip ends 150 may be secured to the heating core 100 using stitches, hook-and-loop fasteners, and other fastening means. The strip 170 itself may be made of elastic fibers or other materials configured to facilitate and comfortably secure the heating core to the wearer's head. The combination of the band or other fastening means and the heating core 100 can be considered as the lining cited herein. As can be seen, the hook fastener 130 is positioned so that the band 170 can be loosened or tightened, thereby fixing the heating core 100 and the band 170 to the user ' . In use, the wearer may open the hook fastener 130 to regulate the band 170 and the heating core, and restore the hook fastener 130 to provide a comfortable fit.

Figure 2 shows a rear perspective view of the heating core of Figure 1, which may be used in the present embodiments. 2 shows the electrical resistance line 210, the breakers 220, the microprocessor 180, the loop / soft part fastener 230, the hook / coarse part fastener 130, the loop 160, the mounting plate 140, A power case 110, an eye part 101, and a bridge 102 are displayed. As can be seen in the figure, the electrical resistance line 210 is positioned to rest on the wearer's eye. When power is supplied by the battery case or other power source in the battery case and / or the power source control unit 110, the electric wire 210 preferably generates the above-mentioned heat to allow the warmer to reach the user's eyes, The power source shown here as the battery case and / or the power source control can be managed to generate heat as described herein, with the wires 210 of the heating core 100 being controlled. The loop 160 of FIG. 2 shows how the end of the band 170 passes and is used to secure the heating core to the user's face.

Figure 3 shows a right side view of the heating core of Figure 1, which may be used in the present embodiments. 3, a loop 160, a sliding switch 120, a microprocessor 180, a power supply case 110, a belt 170, and a mounting plate 140 are shown. The upright orientation of these heating cores shows how the eye can be positioned when a wearer wears it.

Figure 4 shows a top view of the heating core of Figure 2, which may be used in these embodiments. The circuit breaker 220 is shown together with the sliding switch 120, the power case 110, the microprocessor 180, the mounting plate 140, and the electric wire 210. This top view shows how the wearer can easily move the switch on the front of the heating core. This figure also shows how the circuitry of the circuit breaker 220 can be arranged with respect to the mounting plate 140. In this way, the passage of the electric wire through the mounting plate serves not only to support the electric wire 210, but also to retard any unnecessary volatilization of the electric current passing through the circuit breaker and reaching the wearer.

5 shows a front perspective view of a cover sleeve which can be used in the embodiments. An opening 500 is shown in the cover sleeve 530 that allows access to the switch of the heating core shown and described above. 5 also shows that the sleeve 530 includes open ends 510, a printed icon 540, and a decorated laminated waterproof cloth 520 or a quick-dry and / or water resistant cloth 520 . This sleeve 530 is configured to fit over the heating core circumference shown and described above.

Figure 6 shows a rear perspective view of the cover sleeve 530 that may be used in these embodiments. 6 depicts open ends 510 and a fabric 610 that may be a fabric integrant and wherein the fabric 610 includes a base fabric of similar or identical material to the fabric 520, And other fabric 620 that is absorbed and attached, preferably sewn. This fabric 620 is preferably lint free or lint-free, and is free of volatile chemicals (e.g., "chemically-free"). Also preferably, fabric 620 is absorbent to maintain moisture in a suitable manner. Preferably, fabric 620 may be a towel for a bathroom. The fabric 620 can be positioned primarily on the wearer's eye. Thus, the cover sleeve 530 can have two different outer surfaces 520 and 610, wherein each outer surface has different characteristics and performs different tasks.

Fig. 7 is a side view of the cover sleeve as in Fig. 5, which may be used in the present embodiments, showing that the cover sleeve is installed on the heating core as in Fig. As can be seen, the fabric 520 is facing away from the wearer and the fabric 610 is facing towards the wearer. 7, a band 170, a sliding switch 120, a power supply case 110, and a loop 160 are shown. Even though the cover sleeve 530 is located around the heating core 100, the switch 120 is easily accessible due to the opening 500 of the sleeve 530.

8 shows a front perspective view of a heating core and a belt that can be used in the embodiments. 8 shows lids 810, together with a hook / coarse partial fastener 130, a strip end 150, a loop 160 and a power supply case / switch 110/120. These covers may be fixed along one edge as shown in Fig. The edge may be one of the peripheries of the inner opening 820 of the heating core 800. The eye region 101 is also indicated.

Figure 9 shows a rear perspective view of the heating core 800 and belt 170 of Figure 8, which may be used in these embodiments. 9 is a mounting plate 910. The mounting plate includes a waterproof cushion 1210, a power source case 110, a microprocessor 180, a wire 210, a loop / soft part fastener 230, (S) 160, covers 810, breakers 220, and hook / coarse partial fasteners 130.

Figure 10 shows a pair of cover sleeves 1000 that may be used in these embodiments. Also shown in Figure 10 is a loop fastener that includes a hook / coarse portion fastener 130, a loop / soft portion fastener 230, a moisture retentive fabric 1010, a quick-drying or water resistant fabric 1020, closed ends 1040, 1030) are displayed.

Fig. 11 shows that the pair of cover sleeves 1000, which can be used in the present embodiments, are partially and wholly located on the covers 810 of the heating core of Fig. FIG. 11 shows a hook / coarse partial fastener 130, a loop / soft part fastener 230, a switch 120, and sleeves 1000. Arrow 1110 shows how sleeves 1000 can be slid over cover 810. The sliding switch 120 is also shown.

Figure 12 shows a partial plan view of the cover sleeve 1000 in the combined state and the cover 810 of the heating core of Figure 8, which may be used in these embodiments. 12 is a cross-sectional view of an embodiment of a loop fastener / loose fastener fastener 1200 that includes a band 170, loop fasteners 130, closed ends 1040, a water resistant fabric 1010, a fixed hook / A flexible portion fastener 230, a switch 120, a wire 210, a waterproof cushion 1210 and a mounting plate 910 are shown.

Figure 13 shows a top view of a cover sleeve engaged with each cover of the heating core of Figure 8, which may be used in the present embodiments. Figure 13 shows a hook / coarse partial fastener 130, a moisture retentive fabric 1010, a belt 170, a loop / soft part fastener 230, an opening 1301, a cover moving arrow 1300, a mounting plate 910, And a waterproof cushion 2010 are displayed.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used herein, the singular forms " a " and " an " are intended to include plural forms unless the context clearly dictates otherwise. As used herein, the terms "comprises" and / or "includes" are used to specify the presence of specified features, integers, steps, processes, elements, and / But does not preclude the presence or addition of one or more other features, integers, steps, processes, elements, components, and / or groups thereof.

The terms "first", "second", and "third" and similar terms are used herein to denote members performing similar and / or similar functions Lt; / RTI > These modifiers do not imply spatial, sequential, or hierarchical ordering of modi fi ed members, unless specifically stated otherwise.

The description of embodiments of the present invention has been presented for purposes of illustration and description, and is not intended to be exhaustive or to limit the invention to the precise form disclosed. It will be apparent to those skilled in the art that many modifications and variations may be made without departing from the spirit and scope of the invention. The embodiments have been chosen and described in order to best explain the principles of the invention and its practical application, and to enable others skilled in the art to understand the invention, with various modifications as are suited to the particular use contemplated.

Claims (15)

A heating core comprising two eyes and a bridge connecting the two eyes, wherein the two eyes are symmetrical and spaced apart from each other by the bridge, the bridge separating the two eyes from each other Each lid having a flap, the lid being fixed to the heating core along at least one side of the lid and configured to move to an open position in a direction away from the eye area A heating core;
A head fixing portion formed on at least two portions of the heating core;
An electrically resistive heat source located within each lid of the heating core; And
And a cover sleeve having a first outer water-resistant surface and a second outer surface different from the first outer water-resistant surface, wherein the cover sleeve is configured to slide or fall on one of the covers,
A system for supplying heat, moisture, or both heat and moisture to a person's eye area. The method according to claim 1,
And a power control unit configured to regulate the operation of the electrically resistive heat source,
Wherein the power control section further comprises a battery power section. 3. The method of claim 2,
Wherein the bridge comprises a plastic or carbon fiber mounting plate and is coupled to the power control. The method according to claim 1,
Wherein the cover sleeve is secured to one of the covers using a hook / coarse portion fastener and a loop / soft portion fastener. The method according to claim 1,
Wherein the cover sleeve is tubular and has a closed end configured to be secured to a portion of the heating core, but not one of the covers. A position changeable band;
A heating core selectively coupled to the strip, the heating core including a cover, wherein at least one cover includes an electrical resistive wire and is configured to rest on one or both eyes of a person;
A power supply unit connected to the electric resistance wire;
A control unit configured to adjust power from the power supply unit to the electric resistance wire; And
A slip cover defining a pocket sized to enclose a majority of the cover, the slip cover comprising two outer surfaces, the first outer surface comprising a terry cloth protrusion, And a slip cover which is configured to include a stretchable cloth surface to be dried. The method according to claim 6,
Wherein the heating core includes a second lid that mimics the shape of the at least one lid. 8. The method of claim 7,
Wherein the lid is secured to the heating core along a peripheral edge of the lid. The method according to claim 6,
The power source is a battery, and the terry cloth protrusion covers most, if not all, of the first outer surface. A power supply unit;
Elastic headband;
An hourglass deformed heating core connected to the resilient headband; And
A device for supplying moisture and heat to a My spring spring, comprising a pair of cover sleeves,
The heating core includes a pair of covers, each of the covers receiving a heating member configured to receive power from the power source unit, the power source unit being coupled to the headband or the heating core,
Wherein each cover sleeve in the pair of cover sleeves is configured to surround most of one of the pair of covers of the heating core,
A power supply control unit is disposed between the power supply unit and the thermal member of the lid. The power supply control unit is configured to adjust the generation of heat of the thermal member, wherein the thermal power generation is caused by the discharge of power through the thermal member,
Each cover sleeve having two outer surfaces, the first outer surface comprising a material configured to resist moisture, the second outer surface configured for moisturizing, and designed to hold the eyelids rolled up Including material,
Wherein the cover sleeve and the cover are removably attached to each other. 11. The method of claim 10,
Wherein the cover sleeve and the cover comprise at least one of a hook / coarse partial fastener, or a loop / soft fastener. 11. The method of claim 10,
Wherein the control unit is further configured to manage heat radiation of the heating member by maintaining a target temperature of the heating member for a predetermined time. 11. The method of claim 10,
The control unit may further include a switch to which the user can operate,
Wherein the cover sleeve is washable and configured to moisturise for a period of time greater than 30 minutes. 11. The method of claim 10,
Wherein the covers are configured to be held in an open position. 11. The method of claim 10,
Wherein the control unit is further configured to cycle or interrupt the cyclic manner of the power delivered to the heating member, wherein the adjacent cycle period is selected by the user and not constant.

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